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Related Experiment Videos

[Measuring converter for elastometric medical instruments].

L I Shifrin, V V Belov, V M Chernyĭ

    Meditsinskaia Tekhnika
    |March 1, 1980
    PubMed
    Summary
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    Measurement errors in elastomeric instruments are reduced by regulating counteracting spring angles and limiting radial shifts. This modification enhances the operational and metrologic performance of medical devices.

    Area of Science:

    • Engineering
    • Medical Device Technology
    • Metrology

    Context:

    • Elastomeric instruments are crucial in medical diagnostics and treatment.
    • Existing elastomeric instruments face challenges with measurement accuracy.
    • Converting characteristics of these instruments are key to understanding error sources.

    Purpose:

    • To reduce measurement errors in elastomeric instruments.
    • To improve the operational and metrologic characteristics of medical devices.
    • To introduce novel regulation means within the measuring converter.

    Summary:

    • Measurement error in elastomeric instruments can be diminished through specific modifications to the measuring converter.
    • Introducing regulation means for the angle of counteracting springs and an assembly to limit radial shift are proposed solutions.

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  • These modifications enhance the overall performance and accuracy of elastomeric medical instruments.

    • Impact:

    • Provides high operational characteristics for elastomeric medical instruments.
    • Enhances metrologic characteristics, leading to more reliable measurements.
    • Potential for improved diagnostic and therapeutic outcomes due to increased instrument accuracy.